#include<stdio.h>#include<stdlib.h>#include<math.h>typedefstruct_node {intdata;struct_node *next; }node;voidinsertNodeSorted(node **head, node *newNode);voidprintList(node *head);voiddeleteList(node **head);voidinsertNodeSorted(node **head, node *newNode) {if(*head ==NULL) {*head =...
void insertNodeSorted(node **head, node *newNode); void printList(node *head); void deleteList(node **head); void insertNodeSorted(node **head, node *newNode) { if(*head == NULL) { *head = newNode; } else if( (*head)->data > newNode->data ) { newNode->next = *head; *...
syntax. The emphasis is on the important concepts of pointer manipulation and linked list algorithms rather than the features of the C language. For some of the problems we present multiple solutions, such as iteration vs. recursion, dummy node vs. local reference. The specific problems are, in...
intdata);12voidprintList(Node *head);13Node* insert_at_tail(Node *tail,intdata);14voiddeleteList(Node *head);15intgetMax(Node *head);1617intgetMax(Node *head)18{19Node *temp =head;20intmaxVal = head->data;21while(temp
The above description clearly explains the doubly linked list and its actual implementation in the C program. The doubly Linked list is used widely in solving difficult problems as the traversing and fetching the data of the previous node is quite easy in it using the pointer of the previous ...
One of the things you’ll learn a lot about if you pursue any sort of formal education in computing science is data structures. However, once I hit the real world then it seemed like for most problems the speed differential between a linked list and a System.Collections.Generic.List wasn’...
node *root; // This won't change, or we would lose the list in memory node *conductor; // This will point to each node as it traverses the list root = new node; // Sets it to actually point to something root->next = 0; // Otherwise it would not work well root->x = 12;...
printf("\nLinked List after deletion: "); // print list printList(); insertatbegin(4); insertatbegin(16); printf("\nUpdated Linked List: "); printList(); k = searchlist(16); if (k == 1) printf("\nElement is found"); else printf("\nElement is not present in the list"); ...
Basically, the linked list node has two parts: A data part:It will contain the data of the user A pointer part:It will always point to the next member of the linked list in code. How Linked List work in C? Now we will discuss the working of the linked list through C code with a...
Original singly linked list: 1 2 3 4 5 Create the loop: Following statement display the loop: displayList(head); After removing the said loop: 1 2 3 4 5 Flowchart : For more Practice: Solve these Related Problems: Write a C program to detect a loop in a singly linked list using Flo...